Automation V3: Quality Journey, Quality Center, and Dashboards
Provar Manager provides three main ways of gathering insights from your testing activities:
- Quality Journey
- Quality Center
- Packaged reports and dashboards
Because all the information is stored in Salesforce, your team can further leverage the Salesforce platform to create standard reports and dashboards or use BI and analytics tools to produce more profound insights.
Quality Journey
The Quality Journey page is the landing page on the Test Management app, as its main purpose is to help users continue with their work or highlight the latest test executions they may need to pay attention to.
This page has six main components:
- Quick Create button helps you quickly create a test case, raise a defect, or create a test project or a test plan.
- Your First Steps nudges you to complete some of the most important activities you can perform in Provar Manager.
- Recently Viewed Items can help you return to a record you were viewing recently.
- Test Cases to Work On shows your test cases in Draft, Design, or Pending Implementation stages.
- Failing Test Cases You Own highlights recent executions where a test case you own failed.
- Latest Test Cycles allow you to check what tests have been executed lately.
Quality Center
Quality Center is a dashboard tailored to QA managers who want to learn more about the test executions, defects, test coverage, code quality, and test management metrics gathered from all the activities logged into Provar Manager.
You can access the Quality Center from the Test Management application.
It offers three different views of the data:
- Environments view lets you drill down into particular environments and systems.
- Test Projects view lets you drill down into particular test projects and test plans.
- Test Case Management view offers a view into how your teams manage their tests.
Note: it may take a few seconds to load the first time.
Dashboards
Test Cases Dashboard
Above: Snapshot of the Test Cases dashboard.
The Test Cases dashboard shows information about your test cases, risks, and test owners.
- Test Cases by Type is helpful to understand how your test cases are distributed by type, which can trigger questions like Do we have enough % of security tests? or What should our % target be for functional tests?
- % of Automated Test Cases can be helpful if you aim to increase the number of automated tests, e.g., We want to automate 40% of our test cases by the end of Q2.
- Risk Coverage shows you how many risks identified in each test plan have test cases against them, which can trigger questions like Why is the Risk Coverage below 50% on this test plan? or How can we test that we are mitigating more risks on this test plan?
- Test Cases by Owner and Status shows you the test case ownership distribution, which can trigger questions like Why do we have so many test cases without an owner? or How can we better distribute test cases amongst the team?
- Test Cases by Status and Owner shows you how test cases are progressing through the pipeline and who is working on what test cases.
- Test Cases Not Linked to a Test Suite can help you consider questions like A big % of our test cases are not organized in test suites. How can we fix that?
Test Executions and Defects Dashboard
Above: Snapshot of the Test Executions and Defects dashboard.
The Test Executions and Defects dashboard shows information about the latest test executions and open defects and can be filtered by Environment and Test Execution Date.
- Overall Pass Rate shows the percentage of test executions that passed each day, providing a high-level overview of the status of QA executions across the projects.
- Pass Rate by Test Type can help you understand what tests uncover the most quality issues and where your team could focus their energies.
- Test Executions by Tester is helpful to get an overview of how the daily test executions are distributed across your team.
- Test Executions by Test Case Owner shows you who owns the tests being executed, which can help you distribute test case ownership more efficiently amongst the team.
- Open Defects can be used to see if the number of open defects is between the set thresholds.
- Open Defects by Priority provides information that can help you understand how the most important defects are being fixed.
Open Defects by Impact shows you the distribution of open defects depending on their impact on the business.
- Home
- Automation V3: System Requirements
- Automation V3: Browser and Driver Recommendations
- Installing Provar Automation V3
- Updating Provar Automation V3
- Licensing Provar Automation V3
- Automation V3: Granting Org Permissions to Provar Automation
- Automation V3: Optimizing Org and Connection Metadata Processing in Provar
- AI with Provar Automation V3
- Using Provar Automation V3
- Automation V3: Feature-by-Feature Guide
- Automation V3: Provar Automation
- Automation V3: Creating a New Test Project
- Automation V3: Import Test Project from a File
- Automation V3: Import Test Project from a Remote Repository
- Automation V3: Import Test Project from Local Repository
- Automation V3: Commit a Local Test Project to Source Control
- Automation V3: Salesforce API Testing
- Automation V3: Behavior-Driven Development
- Automation V3: Consolidating Multiple Test Execution Reports
- Automation V3: Creating Test Cases
- Custom Table Mapping in V3
- Functions in V3
- Automation V3: Using Functions
- Automation V3: Count
- Automation V3: DateAdd
- Automation V3: DateFormat
- Automation V3: DateParse
- Automation V3: GetEnvironmentVariable
- Automation V3: GetSelectedEnvironment
- Automation V3: IsSorted
- Automation V3: Not
- Automation V3: NumberFormat
- Automation V3: Round
- Automation V3: StringNormalize
- Automation V3: StringReplace
- Automation V3: StringTrim
- Automation V3: TestCaseErrors
- Automation V3: TestCaseName
- Automation V3: TestCaseOutCome
- Automation V3: TestCasePath
- Automation V3: TestCaseSuccessful
- Automation V3: TestRunErrors
- Automation V3: UniqueId
- Automation V3: Debugging Tests
- Automation V3: Creating Custom Test Steps
- Automation V3: Defining Proxy Settings
- Automation V3: Environment Management
- Automation V3: Exporting Test Projects
- Automation V3: Japanese Language Support
- Automation V3: Customize Browser Driver Location
- Automation V3: Managing Test Steps
- NitroX in V3
- Automation V3: Provar Test Builder
- ProvarDX in V3
- Automation V3: Refresh and Recompile
- Automation V3: Reintroduction of CLI license Check
- Automation V3: Reload Org Cache
- Automation V3: Reporting
- Automation V3: Running Tests
- Automation V3: Searching Provar with Find Usages
- Automation V3: Secrets Management and Encryption
- Automation V3: Setup and Teardown Test Cases
- Automation V3: Tags and Service Level Agreements (SLAs)
- Test Cycles in V3
- Automation V3: Test Plans
- Automation V3: Testing Browser – Chrome Headless
- Automation V3: Testing Browser Options
- Automation V3: Tooltip Testing
- Using Custom APIs in V3
- Callable Tests in V3
- Data-Driven Testing in V3
- Page Objects in V3
- Automation V3: Introduction to XPaths
- Automation V3: Creating an XPath
- Automation V3: JavaScript Locator Support
- Automation V3: Maintaining Page Objects
- Automation V3: Mapping Non-Salesforce Fields
- Automation V3: ProvarX™
- Automation V3: Refresh and Reselect Field Locators in Test Builder
- Automation V3: Create different page objects for different pages
- Applications Testing in V3
- Automation V3: Database Connections
- Automation V3: PDF Testing
- Automation V3: Email Testing in Automation
- Automation V3: Email Testing Examples
- Automation V3: Gmail Connection in Automation with App Password
- Automation V3: App Configuration for Microsoft Connection in MS Portal for OAuth 2.0
- Automation V3: OAuth 2.0 Microsoft Exchange Email Connection
- Automation V3: Support for Existing MS OAuth Email Connection
- Automation V3: OAuth 2.0 MS Graph Email Connection
- Automation V3: Create a Connection for Office 365 GCC High
- Automation V3: Mobile Emulation (Salesforce Mobile)
- Automation V3: Using Provar with Amazon Web Services (AWS) Device Farm
- Automation V3: Web Services
- Automation V3: Integrating with Jira
- Automation V3: Provar Feature Flags and Properties Configuration
- Automation V3: Using Java Method Annotations for Custom Objects
- Automation V3: Read Test Step
- Automation V3: String Test Steps
- Automation V3: Generate Test Case
- Automation V3: For Each Test Step
- Automation V3: Page Object Cleaner
- Automation V3: Assert Salesforce Layout
- Automation V3: Break Test Step
- Automation V3: Override Auto-Retry for Test Step
- Automation V3: Assert Test Step
- Automation V3: Extract Salesforce Layout
- Automation V3: Wait For Test Step
- Automation V3: Finally Test Step
- Automation V3: Switch Test Step
- Automation V3: Sleep Test Step
- Automation V3: Apex Bulk
- Automation V3: Set Values Test Step
- Automation V3: Group Steps Test Step
- Automation V3: If Test Step
- Automation V3: UI Fill
- Automation V3: UI Navigate
- Automation V3: List Compare
- Automation V3: Apex Execute
- Automation V3: While Test Step
- Automation V3: Fail Test Step
- Automation V3: UI Connect
- Automation V3: UI Action
- Automation V3: UI With Row
- Automation V3: Set Values
- Automation V3: UI Assert
- Automation V3: UI Handle Alert
- Automation V3: UI On Screen
- Automation V3: Test Palette Introduction
- DevOps with V3
- Automation V3: Introduction to Provar DevOps
- Automation V3: Introduction to Test Scheduling
- Automation V3: Setting Java Development Kit (JDK) Environment Variables
- Automation V3: Configuration on Jenkins
- Automation V3: Version Control and DevOps
- Automation V3: Setting up Continuous Integration
- Automation V3: Execution Environment Security Configuration
- Automation V3: Bitbucket Pipelines
- Automation V3: Perfecto Mobile
- Automation V3: ANT Task Parameters
- Automation V3: Provar Jenkins Plugin
- Automation V3: Running Automation Tests on Jenkins
- Automation V3: Configuring the Automation Secrets Password in Microsoft Azure Pipelines
- Automation V3: Parallel Execution in Microsoft Azure Pipelines using Test Plans
- Automation V3: Parallel Execution in Microsoft Azure Pipelines using Targets
- Automation V3: Parallel Execution in Microsoft Azure Pipelines using Multiple build.xml Files
- Automation V3: Parallel Execution in GitHub Actions using Test Plan
- Automation V3: Running Provar on Linux
- Automation V3: CircleCI Orbs
- Automation V3: CircleCI Common Build Errors
- Automation V3: CircleCI via Docker
- Automation V3: Copado Integration Introduction
- Automation V3: Copado Configuration
- Automation V3: Copado Architecture Overview
- Automation V3: Docker Runner
- Automation V3: Running Provar Tests on Docker using Docker File
- Automation V3: Docker Continuous Integration
- Automation V3: Setting up Continuous Integration with Jenkins for Docker
- Automation V3: Generating the build.xml File for Docker
- Automation V3: Flosum Configuration
- Automation V3: Flosum Integration Introduction
- Automation V3: Flosum Architecture Overview
- Automation V3: Parallel Execution in GitHub Actions using Multiple build.xml Files
- Automation V3: Parallel Execution in GitHub Actions using Targets
- Automation V3: Remote Trigger in GitHub Actions
- Automation V3: Parallel Execution in GitHub Actions using Job Matrix
- Automation V3: Gearset DevOps CI/CD via Jenkins
- Automation V3: GitLab Continuous Integration
- Automation V3: GitHub Desktop – Creating a Git Repository for Automation Projects
- Automation V3: Integrating GitHub Actions CI to Run Automation CI Task
- Automation V3: Provar Test Results Package
- Automation V3: Running a Provar CI Task in Azure DevOps Pipelines
- Automation V3: Amazon Web Service (AWS) & Jenkins Configuration
- Automation V3: ANT: Generating ANT Build File
- Automation V3: ANT Licensing
- Automation V3: Reading Data from Excel
- Automation V3: Configuration on other CI tools
- Automation V3: Setting Apache Ant Environment Variables
- Automation V3: BrowserStack Desktop
- Automation V3: Integrating with LambdaTest
- Automation V3: Sauce Labs Desktop
- Automation V3: AutoRABIT Salesforce DevOps in Provar Test
- Automation V3: Selenium Grid
- Automation V3: Working with Git
- Automation V3: Configuration for Sending Emails via the Automation Command Line Interface
- Automation V3: Parameterization using Environment Variables in GitHub Actions
- Automation V3: Slack Integration with Automation
- Automation V3: Zephyr Cloud and Server
- Automation V3: Adding a Salesforce Communities Connection
- Automation V3: Integrating with Sauce Labs Real Device
- Automation V3: Travis CI
- Automation V3: Salesforce DX Integration
- Automation V3: Variable Set Syntax
- Salesforce
- Automation V3: Adding a Salesforce OAuth (Web Flow) Connection
- Automation V3: Internationalization Support
- Automation V3: Salesforce Release Updates
- Automation V3: Adding a Salesforce Connection
- Automation V3: Adding a Log-on As Connection
- Automation V3: Salesforce Lightning Web Component (LWC) Locator Support
- Automation V3: Adding a Salesforce OAuth (JWT Flow) Connection
- Automation V3: Salesforce Console Testing
- Automation V3: Adding a Salesforce Portal Connection
- Automation V3: Visualforce Testing
- Automation V3: List and Table Testing
- Recommended Practices with V3
- Automation V3: Provar Naming Standards
- Automation V3: Salesforce Connection Best Practices
- Automation V3: Automation Planning
- Automation V3: Supported Testing Phases
- Automation V3: Best practices for the .provarCaches folder
- Automation V3: Best practices for .pageObject files
- Automation V3: Avoid Metadata performance issues
- Automation V3: The Best Ways to Change Callable Test Case Locations
- Automation V3: Improve Your Metadata Performance
- Automation V3: Abort Unused Test Sessions/Runs
- Automation V3: Create Records via API
- Automation V3: Test Case Design
- Automation V3: Increase auto-retry waits for steps using a global variable
- Troubleshooting with V3
- Automation V3: How to Use Keytool Command for Importing Certificates
- Automation V3: Resolving High Memory Usage
- Automation V3: Refresh Org Cache Manually
- Automation V3: Show Hidden Provar Files on Mac
- Automation V3: Add Permissions to Edit Provar.ini File
- Automation V3: Test Builder Does Not Launch
- Automation V3: Provar License Issue Solution
- Automation V3: How to Configure a Single Sign-On Connection
- Automation V3: Out of Memory Error During CI Execution
- Automation V3: Add Gmail Firewall Exception
- Automation V3: Add a License Firewall Exception
- Automation V3: Resolving Jenkins License Missing Error
- Automation V3: Increase System Memory for Provar
- Automation V3: Resolving Metadata Timeout Errors
- Automation V3: Java Version Mismatch Error
- Automation V3: Provar Manager 3.0 Install Error Resolution
- Automation V3: Test Case Does Not Run on IE Browser
- Automation V3: Test Builder Not Working Correctly
- Automation V3: Setting Up a Connection to Provar Manager
- Automation V3: Provar Manager – Test Execution Reporting
- Automation V3: Provar Manager Filters
- Automation V3: Importing 3rd-Party Test Projects
- Automation V3: Uploading Test Steps in Provar Manager
- Automation V3: Test Management
- Automation V3: Provar Manager Test Operations
- Automation V3: Provar Manager Test Execution
- Automation V3: Release Management
- Automation V3: Provar Manager Plugins
- Automation V3: Provar Manager Test Coverage
- Automation V3: Provar Manager Setup and User Guide
- Automation V3: Uploading 3rd-Party Test Results
- Automation V3: Uploading Existing Manual Test Cases to Provar Manager with DataLoader.Io
- Automation V3: Quality Journey, Quality Center, and Dashboards
- Automation V3: Object Mapping Between Provar Automation and Provar Manager
- Automation V3: Uploading Callable Test Cases in Provar Manager
- Automation V3: Metadata Coverage with Manager
- Automation V3: Test Plan Scheduling
- Automation V3: Provar Manager Version Control Setup
- Automation V3: Setting Up Provar Grid